Additive Manufacturingin Bio Materials: A Review

  • Kapil Bhardwaj, Jagjit Singh, Reecha Sharma


The opportunity of configuration, mass customization, squander minimization and the capacity to fabricate complex structures, just as quick prototyping, are the fundamental advantages of added substance producing (AM) or 3D printing. A thorough audit of the primary 3D printing techniques, materials and their advancement in slanting applications was completed. Specifically, the progressive utilizations of AM in biomedical, aviation, structures and defensive structures were talked about. The present condition of materials advancement, including metal compounds, polymer composites, earthenware production and cement, was displayed. Furthermore, this paper talked about the principle handling difficulties with void arrangement, anisotropic conduct, the restriction of PC structure and an ear, alongside an interweaved leading polymer comprising of injected silver nanoparticles. This considered in vitro refined of ligament tissue around an inductive loop receiving wire in the ear, which consequently empowers readout of inductively-coupled signs from cochlea-molded anodes. The printed ear displays improved sound-related detecting for radio recurrence gathering, and correlative left and right ears can tune in to stereo sound music. Generally speaking, our methodology recommends a way to unpredictably blend biologic and Nano electronic functionalities by means of 3D printing.Layer-by-layer appearance. Generally, this paper gives a review of 3D printing, remembering an overview for its advantages and downsides as a benchmark for future innovative work.


How to Cite
Kapil Bhardwaj, Jagjit Singh, Reecha Sharma. (2020). Additive Manufacturingin Bio Materials: A Review. International Journal of Advanced Science and Technology, 29(10s), 5486-5494. Retrieved from